On March 8, AAC Technologies, a world-leading provider of smart device solutions, and Dispelix, a leader in wearable see-through waveguide display technologies for augmented reality (AR) and mixed reality (MR), jointly proclaimed the establishment of a strategic partnership.
This mutually beneficial partnership will combine Dispelix’s unique see-through waveguide technology and AAC’s world-leading WLG technology to deliver global clients waveguide display solutions that perform better in shape, image quality, and clarity to meet the growing global demands for wearable AR and MR devices.
Antti Sunnari, the CEO of Dispelix, said, “We are glad to reach this strategic partnership with AAC Technologies, one of the few manufacturers capable of massively producing high-precision miniature optical components for consumption-grade applications. With their rich experience in massive customization of optical components as well as scaled and efficient operation, along with the expertise in the novel and highly complicated WLG manufacturing technology, they will bring Dispelix products to a whole new level.”
Believing that any supplier of wearable AR or MR devices understands the importance of display quality for clients, Antti Sunnari said, “By virtue of our unparalleled performance and quality of waveguide display solutions, the partnership will ensure strong competitiveness and advantages for the clients of both companies.”
Doctor Antonino F. Parrinelo, Head of Strategic Development of AAC Technologies, said, “We are delighted to work with Dispelix to provide consumers with high-end AR and MR solutions. Our cooperation will give full play to AAC Technologies’ unique manufacturing platform and global operation capabilities. System solutions built with Dispelix’s unique technologies will further support the development of global clients.”
“AAC Technologies sees the fast-growing AR/MR market as a critical opportunity to provide strategic value to clients, and we will keep consolidating our position as a global leader in precision optics based on this,” emphasized Antonino F. Parrinelo.